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  • Universität Hamburg
  • Hamburg
  • 10:05 (UTC -12:00)

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DMHamann/README.md

Hi, I'm David Hamann

I am a mathematician with a focus on probability theory, statistics, and statistical learning. In addition to my experience in probability theory, I completed projects and coursework in applied machine learning, with a growing interest on AI safety.

Background

  • I hold a Bachelor's degree in Mathematics. My thesis was on Markov chain Monte Carlo methods (Metropolis-Hastings, Gibbs sampling and slice sampling) for inference in hidden Markov models.
  • I also hold a Bachelor's degree in Psychology. My thesis was on agent-based modeling of behavioral phenomena in the delay-discounting paradigm.
  • I am currently working on my Master's thesis in Mathematics. My thesis is on the convergence of supremum-norm test statistics and an extensions of an omnibus goodness-of-fit test for uniformity to multivariate scenarios.

I do most of my programming in Python.

Recent work

Goodness-of-fit testing, empirical process theory, high-dimensional statistics, transformer architecture, TransformerLens, mechanistic interpretability, and AI misalignment.

Some of my projects are pinned below; more are in my public repositories.

Feel free to reach out: david.hamann@posteo.de.

Pinned Loading

  1. multivariate_ks_test multivariate_ks_test Public

    Implementation and simulation of a bivariate version of a Kolmogorov-Smirnov goodness-of-fit-test.

    Jupyter Notebook

  2. mcmc_algorithms mcmc_algorithms Public

    Implementation and simulation of four basic Monte-Carlo sampling algorithms: Accept-Reject, Metropolis-Hastings, Gibbs sampling and the slice sampler.

    Jupyter Notebook

  3. deepcluster deepcluster Public

    Reimplementation of DeepCluster (Caron et al., 2018) on MNIST in PyTorch.

    Jupyter Notebook